Fertility and Child Status - Appendix 3
Fertility and Child Status - Appendix 3
Variables Created
- CV_CHILD_BIRTH_DATE.xx~M, CV_CHILD_BIRTH_DATE.xx~Y--month and year of birth of youth's children (actual date)
- CV_CHILD_BIRTH_MONTH.xx--month of birth of youth's children (continuous month scheme)
- CV_CHILD_DEATH_DATE.xx~M, CV_CHILD_DEATH_DATE.xx~Y--month and year of death of youth's biological children
- CV_CHILD_DEATH_MONTH.xx--month of death of youth's biological children (continuous month scheme)
- CV_CHILD_STATUS.xx--status of youth's children
- CV_BIO_CHILD_HH--number of children ever born (biological, not adopted) to the youth as of the survey date and residing in the household
- CV_BIO_CHILD_NR--number of children ever born (biological, not adopted) to the youth as of the survey date not residing in the household
- CVC_TTL_BIO_CHILD--total number of biological children (collapsed variable)
This program creates a number of variables describing the youth's fertility and the current status of the youth's children. For more information on the continuous month system, see Appendix 7.
Variables Used
/*Variable Names in the Program Variable Names on the Gator*/
PUBID 'PUBID_2010'n
ADOPTED1 'BIOADOPTCHILD_ADOPTED.01_2010'n
ADOPTED2 'BIOADOPTCHILD_ADOPTED.02_2010'n
ADOPTED3 'BIOADOPTCHILD_ADOPTED.03_2010'n
ADOPTED4 'BIOADOPTCHILD_ADOPTED.04_2010'n
ADOPTED5 'BIOADOPTCHILD_ADOPTED.05_2010'n
ADOPTED6 'BIOADOPTCHILD_ADOPTED.06_2010'n
ADOPTED7 'BIOADOPTCHILD_ADOPTED.07_2010'n
ADOPTED8 'BIOADOPTCHILD_ADOPTED.08_2010'n
ADOPTED9 'BIOADOPTCHILD_ADOPTED.09_2010'n
ADOPTEDOUT1 'BIOADOPTCHILD_ADOPTEDOUT.01_2010'n
ADOPTEDOUT2 'BIOADOPTCHILD_ADOPTEDOUT.02_2010'n
ADOPTEDOUT3 'BIOADOPTCHILD_ADOPTEDOUT.03_2010'n
ADOPTEDOUT4 'BIOADOPTCHILD_ADOPTEDOUT.04_2010'n
ADOPTEDOUT5 'BIOADOPTCHILD_ADOPTEDOUT.05_2010'n
ADOPTEDOUT6 'BIOADOPTCHILD_ADOPTEDOUT.06_2010'n
ADOPTEDOUT7 'BIOADOPTCHILD_ADOPTEDOUT.07_2010'n
ADOPTEDOUT8 'BIOADOPTCHILD_ADOPTEDOUT.08_2010'n
ADOPTEDOUT9 'BIOADOPTCHILD_ADOPTEDOUT.09_2010'n
BD1 'BIOADOPTCHILD_BDATE.01~D_2010'n
BM1 'BIOADOPTCHILD_BDATE.01~M_2010'n
BY1 'BIOADOPTCHILD_BDATE.01~Y_2010'n
BD2 'BIOADOPTCHILD_BDATE.02~D_2010'n
BM2 'BIOADOPTCHILD_BDATE.02~M_2010'n
BY2 'BIOADOPTCHILD_BDATE.02~Y_2010'n
BD3 'BIOADOPTCHILD_BDATE.03~D_2010'n
BM3 'BIOADOPTCHILD_BDATE.03~M_2010'n
BY3 'BIOADOPTCHILD_BDATE.03~Y_2010'n
BD4 'BIOADOPTCHILD_BDATE.04~D_2010'n
BM4 'BIOADOPTCHILD_BDATE.04~M_2010'n
BY4 'BIOADOPTCHILD_BDATE.04~Y_2010'n
BD5 'BIOADOPTCHILD_BDATE.05~D_2010'n
BM5 'BIOADOPTCHILD_BDATE.05~M_2010'n
BY5 'BIOADOPTCHILD_BDATE.05~Y_2010'n
BD6 'BIOADOPTCHILD_BDATE.06~D_2010'n
BM6 'BIOADOPTCHILD_BDATE.06~M_2010'n
BY6 'BIOADOPTCHILD_BDATE.06~Y_2010'n
BD7 'BIOADOPTCHILD_BDATE.07~D_2010'n
BM7 'BIOADOPTCHILD_BDATE.07~M_2010'n
BY7 'BIOADOPTCHILD_BDATE.07~Y_2010'n
BD8 'BIOADOPTCHILD_BDATE.08~D_2010'n
BM8 'BIOADOPTCHILD_BDATE.08~M_2010'n
BY8 'BIOADOPTCHILD_BDATE.08~Y_2010'n
BD9 'BIOADOPTCHILD_BDATE.09~D_2010'n
BM9 'BIOADOPTCHILD_BDATE.09~M_2010'n
BY9 'BIOADOPTCHILD_BDATE.09~Y_2010'n
DEAD1 'BIOADOPTCHILD_DEAD.01_2010'n
DEAD2 'BIOADOPTCHILD_DEAD.02_2010'n
DEAD3 'BIOADOPTCHILD_DEAD.03_2010'n
DEAD4 'BIOADOPTCHILD_DEAD.04_2010'n
DEAD5 'BIOADOPTCHILD_DEAD.05_2010'n
DEAD6 'BIOADOPTCHILD_DEAD.06_2010'n
DEAD7 'BIOADOPTCHILD_DEAD.07_2010'n
DEAD8 'BIOADOPTCHILD_DEAD.08_2010'n
DEAD9 'BIOADOPTCHILD_DEAD.09_2010'n
DM1 'BIOADOPTCHILD_DOD.01~M_2010'n
DY1 'BIOADOPTCHILD_DOD.01~Y_2010'n
DM2 'BIOADOPTCHILD_DOD.02~M_2010'n
DY2 'BIOADOPTCHILD_DOD.02~Y_2010'n
DM3 'BIOADOPTCHILD_DOD.03~M_2010'n
DY3 'BIOADOPTCHILD_DOD.03~Y_2010'n
DM4 'BIOADOPTCHILD_DOD.04~M_2010'n
DY4 'BIOADOPTCHILD_DOD.04~Y_2010'n
DM5 'BIOADOPTCHILD_DOD.05~M_2010'n
DY5 'BIOADOPTCHILD_DOD.05~Y_2010'n
DM6 'BIOADOPTCHILD_DOD.06~M_2010'n
DY6 'BIOADOPTCHILD_DOD.06~Y_2010'n
DM7 'BIOADOPTCHILD_DOD.07~M_2010'n
DY7 'BIOADOPTCHILD_DOD.07~Y_2010'n
DM8 'BIOADOPTCHILD_DOD.08~M_2010'n
DY8 'BIOADOPTCHILD_DOD.08~Y_2010'n
BIOID1 'BIOADOPTCHILD_ID.01_2010'n
BIOID2 'BIOADOPTCHILD_ID.02_2010'n
BIOID3 'BIOADOPTCHILD_ID.03_2010'n
BIOID4 'BIOADOPTCHILD_ID.04_2010'n
BIOID5 'BIOADOPTCHILD_ID.05_2010'n
BIOID6 'BIOADOPTCHILD_ID.06_2010'n
BIOID7 'BIOADOPTCHILD_ID.07_2010'n
BIOID8 'BIOADOPTCHILD_ID.08_2010'n
BIOID9 'BIOADOPTCHILD_ID.09_2010'n
RESIDE1 'BIOADOPTCHILD_RESIDE.01_2010'n
RESIDE2 'BIOADOPTCHILD_RESIDE.02_2010'n
RESIDE3 'BIOADOPTCHILD_RESIDE.03_2010'n
RESIDE4 'BIOADOPTCHILD_RESIDE.04_2010'n
RESIDE5 'BIOADOPTCHILD_RESIDE.05_2010'n
RESIDE6 'BIOADOPTCHILD_RESIDE.06_2010'n
RESIDE7 'BIOADOPTCHILD_RESIDE.07_2010'n
RESIDE8 'BIOADOPTCHILD_RESIDE.08_2010'n
RESIDE9 'BIOADOPTCHILD_RESIDE.09_2010'n
F103B 'YFER-103B_2010'n
F104B 'YFER-104B_2010'n
F12001 'YFER-1200.01_2010'n
F12002 'YFER-1200.02_2010'n
F12003 'YFER-1200.03_2010'n
F12004 'YFER-1200.04_2010'n
F12005 'YFER-1200.05_2010'n
F12006 'YFER-1200.06_2010'n
F12007 'YFER-1200.07_2010'n
F1300D1 'YFER-1300.01~D_2010'n
F1300M1 'YFER-1300.01~M_2010'n
F1300Y1 'YFER-1300.01~Y_2010'n
F1300D2 'YFER-1300.02~D_2010'n
F1300M2 'YFER-1300.02~M_2010'n
F1300Y2 'YFER-1300.02~Y_2010'n
F1300D3 'YFER-1300.03~D_2010'n
F1300M3 'YFER-1300.03~M_2010'n
F1300Y3 'YFER-1300.03~Y_2010'n
F18101 'YFER-1810.01_2010'n
F18102 'YFER-1810.02_2010'n
F18103 'YFER-1810.03_2010'n
F18104 'YFER-1810.04_2010'n
F18105 'YFER-1810.05_2010'n
F18106 'YFER-1810.06_2010'n
F18501 'YFER-1850.01_2010'n
F18502 'YFER-1850.02_2010'n
F18503 'YFER-1850.03_2010'n
F18504 'YFER-1850.04_2010'n
F18505 'YFER-1850.05_2010'n
F18506 'YFER-1850.06_2010'n
F18507 'YFER-1850.07_2010'n
F18508 'YFER-1850.08_2010'n
F18509 'YFER-1850.09_2010'n
F18551 'YFER-1855.01_2010'n
F18552 'YFER-1855.02_2010'n
F18553 'YFER-1855.03_2010'n
F18554 'YFER-1855.04_2010'n
F18555 'YFER-1855.05_2010'n
F18556 'YFER-1855.06_2010'n
F18557 'YFER-1855.07_2010'n
F18558 'YFER-1855.08_2010'n
F18559 'YFER-1855.09_2010'n
F1860M1 'YFER-1860.01~M_2010'n
F1860Y1 'YFER-1860.01~Y_2010'n
F1860M2 'YFER-1860.02~M_2010'n
F1860Y2 'YFER-1860.02~Y_2010'n
F18801 'YFER-1880.01_2010'n
F18802 'YFER-1880.02_2010'n
F18803 'YFER-1880.03_2010'n
F18804 'YFER-1880.04_2010'n
F18805 'YFER-1880.05_2010'n
F18806 'YFER-1880.06_2010'n
F18807 'YFER-1880.07_2010'n
F18808 'YFER-1880.08_2010'n
F18809 'YFER-1880.09_2010'n
F18901 'YFER-1890.01_2010'n
F18902 'YFER-1890.02_2010'n
F18903 'YFER-1890.03_2010'n
F18904 'YFER-1890.04_2010'n
F18905 'YFER-1890.05_2010'n
F18906 'YFER-1890.06_2010'n
F18907 'YFER-1890.07_2010'n
F18908 'YFER-1890.08_2010'n
F18909 'YFER-1890.09_2010'n
F18911 'YFER-1891.01_2010'n
F18912 'YFER-1891.02_2010'n
F18913 'YFER-1891.03_2010'n
F18914 'YFER-1891.04_2010'n
F18915 'YFER-1891.05_2010'n
F18916 'YFER-1891.06_2010'n
F18917 'YFER-1891.07_2010'n
F18918 'YFER-1891.08_2010'n
F18919 'YFER-1891.09_2010'n
F48301 'YFER-4830.01_2010'n
F48302 'YFER-4830.02_2010'n
F48303 'YFER-4830.03_2010'n
F48304 'YFER-4830.04_2010'n
F5600D1 'YFER-5600.01~D_2010'n
F5600M1 'YFER-5600.01~M_2010'n
F5600Y1 'YFER-5600.01~Y_2010'n
F5600D2 'YFER-5600.02~D_2010'n
F5600M2 'YFER-5600.02~M_2010'n
F5600Y2 'YFER-5600.02~Y_2010'n
F5600D3 'YFER-5600.03~D_2010'n
F5600M3 'YFER-5600.03~M_2010'n
F5600Y3 'YFER-5600.03~Y_2010'n
F5600D4 'YFER-5600.04~D_2010'n
F5600M4 'YFER-5600.04~M_2010'n
F5600Y4 'YFER-5600.04~Y_2010'n
F58501 'YFER-5850.01_2010'n
F58502 'YFER-5850.02_2010'n
F58503 'YFER-5850.03_2010'n
F58504 'YFER-5850.04_2010'n
F59001 'YFER-5900.01_2010'n
F59002 'YFER-5900.02_2010'n
F59003 'YFER-5900.03_2010'n
F59004 'YFER-5900.04_2010'n
F6000M1 'YFER-6000.01~M_2010'n
F6000Y1 'YFER-6000.01~Y_2010'n
F7081 'YFER-7081_2010'n
F83901 'YFER-8390.01_2010'n
F83902 'YFER-8390.02_2010'n
F83903 'YFER-8390.03_2010'n
F83904 'YFER-8390.04_2010'n
F152791 'YFER-15279.01_2010'n
F152792 'YFER-15279.02_2010'n
F152793 'YFER-15279.03_2010'n
F152794 'YFER-15279.04_2010'n
cvbm1R1 CV_CHILD_BIRTH_DATE.01_M_1997
cvby1R1 CV_CHILD_BIRTH_DATE.01_Y_1997
cvbm2R1 CV_CHILD_BIRTH_DATE.02_M_1997
cvby2R1 CV_CHILD_BIRTH_DATE.02_Y_1997
cvmob1R1 CV_CHILD_BIRTH_MONTH.01_1997
cvmob2R1 CV_CHILD_BIRTH_MONTH.02_1997
cvdm1R1 CV_CHILD_DEATH_DATE.01_M_1997
cvdy1R1 CV_CHILD_DEATH_DATE.01_Y_1997
cvmod1R1 CV_CHILD_DEATH_MONTH.01_1997
cvstat1R1 CV_CHILD_STATUS.01_1997
cvstat2R1 CV_CHILD_STATUS.02_1997
tbioresR1 CV_BIO_CHILD_HH_1997
tbionresR1 CV_BIO_CHILD_NR_1997
cvbm1R2 CV_CHILD_BIRTH_DATE.01~M_1998
cvby1R2 CV_CHILD_BIRTH_DATE.01~Y_1998
cvbm2R2 CV_CHILD_BIRTH_DATE.02~M_1998
cvby2R2 CV_CHILD_BIRTH_DATE.02~Y_1998
cvbm3R2 CV_CHILD_BIRTH_DATE.03~M_1998
cvby3R2 CV_CHILD_BIRTH_DATE.03~Y_1998
cvmob1R2 CV_CHILD_BIRTH_MONTH.01_1998
cvmob2R2 CV_CHILD_BIRTH_MONTH.02_1998
cvmob3R2 CV_CHILD_BIRTH_MONTH.03_1998
cvdm1R2 CV_CHILD_DEATH_DATE.01~M_1998
cvdy1R2 CV_CHILD_DEATH_DATE.01~Y_1998
cvmod1R2 CV_CHILD_DEATH_MONTH.01_1998
cvstat1R2 CV_CHILD_STATUS.01_1998
cvstat2R2 CV_CHILD_STATUS.02_1998
cvstat3R2 CV_CHILD_STATUS.03_1998
tbioresR2 CV_BIO_CHILD_HH_1998
tbionresR2 CV_BIO_CHILD_NR_1998
cvbm1R3 CV_CHILD_BIRTH_DATE.01~M_1999
cvby1R3 CV_CHILD_BIRTH_DATE.01~Y_1999
cvbm2R3 CV_CHILD_BIRTH_DATE.02~M_1999
cvby2R3 CV_CHILD_BIRTH_DATE.02~Y_1999
cvbm3R3 CV_CHILD_BIRTH_DATE.03~M_1999
cvby3R3 CV_CHILD_BIRTH_DATE.03~Y_1999
cvmob1R3 CV_CHILD_BIRTH_MONTH.01_1999
cvmob2R3 CV_CHILD_BIRTH_MONTH.02_1999
cvmob3R3 CV_CHILD_BIRTH_MONTH.03_1999
cvdm1R3 CV_CHILD_DEATH_DATE.01~M_1999
cvdy1R3 CV_CHILD_DEATH_DATE.01~Y_1999
cvmod1R3 CV_CHILD_DEATH_MONTH.01_1999
cvstat1R3 CV_CHILD_STATUS.01_1999
cvstat2R3 CV_CHILD_STATUS.02_1999
cvstat3R3 CV_CHILD_STATUS.03_1999
tbioresR3 CV_BIO_CHILD_HH_1999
tbionresR3 CV_BIO_CHILD_NR_1999
cvbm1R4 CV_CHILD_BIRTH_DATE.01~M_2000
cvby1R4 CV_CHILD_BIRTH_DATE.01~Y_2000
cvbm2R4 CV_CHILD_BIRTH_DATE.02~M_2000
cvby2R4 CV_CHILD_BIRTH_DATE.02~Y_2000
cvbm3R4 CV_CHILD_BIRTH_DATE.03~M_2000
cvby3R4 CV_CHILD_BIRTH_DATE.03~Y_2000
cvmob1R4 CV_CHILD_BIRTH_MONTH.01_2000
cvmob2R4 CV_CHILD_BIRTH_MONTH.02_2000
cvmob3R4 CV_CHILD_BIRTH_MONTH.03_2000
cvdm1R4 CV_CHILD_DEATH_DATE.01~M_2000
cvdy1R4 CV_CHILD_DEATH_DATE.01~Y_2000
cvdm3R4 CV_CHILD_DEATH_DATE.03~M_2000
cvdy3R4 CV_CHILD_DEATH_DATE.03~Y_2000
cvstat1R4 CV_CHILD_STATUS.01_2000
cvstat2R4 CV_CHILD_STATUS.02_2000
cvstat3R4 CV_CHILD_STATUS.03_2000
tbioresR4 CV_BIO_CHILD_HH_2000
tbionresR4 CV_BIO_CHILD_NR_2000
cvR4mod1 CV_CHILD_DEATH_MONTH.01_2000
cvR4mod3 CV_CHILD_DEATH_MONTH.03_2000
cvbm1R5 CV_CHILD_BIRTH_DATE.01~M_2001
cvby1R5 CV_CHILD_BIRTH_DATE.01~Y_2001
cvbm2R5 CV_CHILD_BIRTH_DATE.02~M_2001
cvby2R5 CV_CHILD_BIRTH_DATE.02~Y_2001
cvbm3R5 CV_CHILD_BIRTH_DATE.03~M_2001
cvby3R5 CV_CHILD_BIRTH_DATE.03~Y_2001
cvbm4R5 CV_CHILD_BIRTH_DATE.04~M_2001
cvby4R5 CV_CHILD_BIRTH_DATE.04~Y_2001
cvbm5R5 CV_CHILD_BIRTH_DATE.05~M_2001
cvby5R5 CV_CHILD_BIRTH_DATE.05~Y_2001
cvmob1R5 CV_CHILD_BIRTH_MONTH.01_2001
cvmob2R5 CV_CHILD_BIRTH_MONTH.02_2001
cvmob3R5 CV_CHILD_BIRTH_MONTH.03_2001
cvmob4R5 CV_CHILD_BIRTH_MONTH.04_2001
cvmob5R5 CV_CHILD_BIRTH_MONTH.05_2001
cvdm1R5 CV_CHILD_DEATH_DATE.01~M_2001
cvdy1R5 CV_CHILD_DEATH_DATE.01~Y_2001
cvdm3R5 CV_CHILD_DEATH_DATE.03~M_2001
cvdy3R5 CV_CHILD_DEATH_DATE.03~Y_2001
cvstat1R5 CV_CHILD_STATUS.01_2001
cvstat2R5 CV_CHILD_STATUS.02_2001
cvstat3R5 CV_CHILD_STATUS.03_2001
cvstat4R5 CV_CHILD_STATUS.04_2001
cvstat5R5 CV_CHILD_STATUS.05_2001
tbioresR5 CV_BIO_CHILD_HH_2001
tbionresR5 CV_BIO_CHILD_NR_2001
cvR5mod1 CV_CHILD_DEATH_MONTH.01_2001
cvR5mod3 CV_CHILD_DEATH_MONTH.03_2001
cvbm1R6 CV_CHILD_BIRTH_DATE.01~M_2002
cvby1R6 CV_CHILD_BIRTH_DATE.01~Y_2002
cvbm2R6 CV_CHILD_BIRTH_DATE.02~M_2002
cvby2R6 CV_CHILD_BIRTH_DATE.02~Y_2002
cvbm3R6 CV_CHILD_BIRTH_DATE.03~M_2002
cvby3R6 CV_CHILD_BIRTH_DATE.03~Y_2002
cvbm4R6 CV_CHILD_BIRTH_DATE.04~M_2002
cvby4R6 CV_CHILD_BIRTH_DATE.04~Y_2002
cvbm5R6 CV_CHILD_BIRTH_DATE.05~M_2002
cvby5R6 CV_CHILD_BIRTH_DATE.05~Y_2002
cvbm6R6 CV_CHILD_BIRTH_DATE.06~M_2002
cvby6R6 CV_CHILD_BIRTH_DATE.06~Y_2002
cvmob1R6 CV_CHILD_BIRTH_MONTH.01_2002
cvmob2R6 CV_CHILD_BIRTH_MONTH.02_2002
cvmob3R6 CV_CHILD_BIRTH_MONTH.03_2002
cvmob4R6 CV_CHILD_BIRTH_MONTH.04_2002
cvmob5R6 CV_CHILD_BIRTH_MONTH.05_2002
cvmob6R6 CV_CHILD_BIRTH_MONTH.06_2002
cvdm1R6 CV_CHILD_DEATH_DATE.01~M_2002
cvdy1R6 CV_CHILD_DEATH_DATE.01~Y_2002
cvdm2R6 CV_CHILD_DEATH_DATE.02~M_2002
cvdy2R6 CV_CHILD_DEATH_DATE.02~Y_2002
cvdm3R6 CV_CHILD_DEATH_DATE.03~M_2002
cvdy3R6 CV_CHILD_DEATH_DATE.03~Y_2002
cvmod1R6 CV_CHILD_DEATH_MONTH.01_2002
cvmod2R6 CV_CHILD_DEATH_MONTH.02_2002
cvmod3R6 CV_CHILD_DEATH_MONTH.03_2002
cvstat1R6 CV_CHILD_STATUS.01_2002
cvstat2R6 CV_CHILD_STATUS.02_2002
cvstat3R6 CV_CHILD_STATUS.03_2002
cvstat4R6 CV_CHILD_STATUS.04_2002
cvstat5R6 CV_CHILD_STATUS.05_2002
cvstat6R6 CV_CHILD_STATUS.06_2002
tbioresR6 CV_BIO_CHILD_HH_2002
tbionresR6 CV_BIO_CHILD_NR_2002
cvbm1R7 CV_CHILD_BIRTH_DATE.01~M_2003
cvby1R7 CV_CHILD_BIRTH_DATE.01~Y_2003
cvbm2R7 CV_CHILD_BIRTH_DATE.02~M_2003
cvby2R7 CV_CHILD_BIRTH_DATE.02~Y_2003
cvbm3R7 CV_CHILD_BIRTH_DATE.03~M_2003
cvby3R7 CV_CHILD_BIRTH_DATE.03~Y_2003
cvbm4R7 CV_CHILD_BIRTH_DATE.04~M_2003
cvby4R7 CV_CHILD_BIRTH_DATE.04~Y_2003
cvbm5R7 CV_CHILD_BIRTH_DATE.05~M_2003
cvby5R7 CV_CHILD_BIRTH_DATE.05~Y_2003
cvbm6R7 CV_CHILD_BIRTH_DATE.06~M_2003
cvby6R7 CV_CHILD_BIRTH_DATE.06~Y_2003
cvmob1R7 CV_CHILD_BIRTH_MONTH.01_2003
cvmob2R7 CV_CHILD_BIRTH_MONTH.02_2003
cvmob3R7 CV_CHILD_BIRTH_MONTH.03_2003
cvmob4R7 CV_CHILD_BIRTH_MONTH.04_2003
cvmob5R7 CV_CHILD_BIRTH_MONTH.05_2003
cvmob6R7 CV_CHILD_BIRTH_MONTH.06_2003
cvdm1R7 CV_CHILD_DEATH_DATE.01~M_2003
cvdy1R7 CV_CHILD_DEATH_DATE.01~Y_2003
cvdm2R7 CV_CHILD_DEATH_DATE.02~M_2003
cvdy2R7 CV_CHILD_DEATH_DATE.02~Y_2003
cvmod1R7 CV_CHILD_DEATH_MONTH.01_2003
cvmod2R7 CV_CHILD_DEATH_MONTH.02_2003
cvstat1R7 CV_CHILD_STATUS.01_2003
cvstat2R7 CV_CHILD_STATUS.02_2003
cvstat3R7 CV_CHILD_STATUS.03_2003
cvstat4R7 CV_CHILD_STATUS.04_2003
cvstat5R7 CV_CHILD_STATUS.05_2003
cvstat6R7 CV_CHILD_STATUS.06_2003
tbioresR7 CV_BIO_CHILD_HH_2003
tbionresR7 CV_BIO_CHILD_NR_2003
cvbm1R8 CV_CHILD_BIRTH_DATE.01~M_2004
cvby1R8 CV_CHILD_BIRTH_DATE.01~Y_2004
cvbm2R8 CV_CHILD_BIRTH_DATE.02~M_2004
cvby2R8 CV_CHILD_BIRTH_DATE.02~Y_2004
cvbm3R8 CV_CHILD_BIRTH_DATE.03~M_2004
cvby3R8 CV_CHILD_BIRTH_DATE.03~Y_2004
cvbm4R8 CV_CHILD_BIRTH_DATE.04~M_2004
cvby4R8 CV_CHILD_BIRTH_DATE.04~Y_2004
cvbm5R8 CV_CHILD_BIRTH_DATE.05~M_2004
cvby5R8 CV_CHILD_BIRTH_DATE.05~Y_2004
cvbm6R8 CV_CHILD_BIRTH_DATE.06~M_2004
cvby6R8 CV_CHILD_BIRTH_DATE.06~Y_2004
cvbm7R8 CV_CHILD_BIRTH_DATE.07~M_2004
cvby7R8 CV_CHILD_BIRTH_DATE.07~Y_2004
cvmob1R8 CV_CHILD_BIRTH_MONTH.01_2004
cvmob2R8 CV_CHILD_BIRTH_MONTH.02_2004
cvmob3R8 CV_CHILD_BIRTH_MONTH.03_2004
cvmob4R8 CV_CHILD_BIRTH_MONTH.04_2004
cvmob5R8 CV_CHILD_BIRTH_MONTH.05_2004
cvmob6R8 CV_CHILD_BIRTH_MONTH.06_2004
cvmob7R8 CV_CHILD_BIRTH_MONTH.07_2004
cvdm1R8 CV_CHILD_DEATH_DATE.01~M_2004
cvdy1R8 CV_CHILD_DEATH_DATE.01~Y_2004
cvdm2R8 CV_CHILD_DEATH_DATE.02~M_2004
cvdy2R8 CV_CHILD_DEATH_DATE.02~Y_2004
cvdm3R8 CV_CHILD_DEATH_DATE.03~M_2004
cvdy3R8 CV_CHILD_DEATH_DATE.03~Y_2004
cvmod1R8 CV_CHILD_DEATH_MONTH.01_2004
cvmod2R8 CV_CHILD_DEATH_MONTH.02_2004
cvmod3R8 CV_CHILD_DEATH_MONTH.03_2004
cvstat1R8 CV_CHILD_STATUS.01_2004
cvstat2R8 CV_CHILD_STATUS.02_2004
cvstat3R8 CV_CHILD_STATUS.03_2004
cvstat4R8 CV_CHILD_STATUS.04_2004
cvstat5R8 CV_CHILD_STATUS.05_2004
cvstat6R8 CV_CHILD_STATUS.06_2004
cvstat7R8 CV_CHILD_STATUS.07_2004
tbioresR8 CV_BIO_CHILD_HH_2004
tbionresR8 CV_BIO_CHILD_NR_2004
cvbm1R9 CV_CHILD_BIRTH_DATE.01~M_2005
cvby1R9 CV_CHILD_BIRTH_DATE.01~Y_2005
cvbm2R9 CV_CHILD_BIRTH_DATE.02~M_2005
cvby2R9 CV_CHILD_BIRTH_DATE.02~Y_2005
cvbm3R9 CV_CHILD_BIRTH_DATE.03~M_2005
cvby3R9 CV_CHILD_BIRTH_DATE.03~Y_2005
cvbm4R9 CV_CHILD_BIRTH_DATE.04~M_2005
cvby4R9 CV_CHILD_BIRTH_DATE.04~Y_2005
cvbm5R9 CV_CHILD_BIRTH_DATE.05~M_2005
cvby5R9 CV_CHILD_BIRTH_DATE.05~Y_2005
cvbm6R9 CV_CHILD_BIRTH_DATE.06~M_2005
cvby6R9 CV_CHILD_BIRTH_DATE.06~Y_2005
cvbm7R9 CV_CHILD_BIRTH_DATE.07~M_2005
cvby7R9 CV_CHILD_BIRTH_DATE.07~Y_2005
cvbm8R9 CV_CHILD_BIRTH_DATE.08~M_2005
cvby8R9 CV_CHILD_BIRTH_DATE.08~Y_2005
cvmob1R9 CV_CHILD_BIRTH_MONTH.01_2005
cvmob2R9 CV_CHILD_BIRTH_MONTH.02_2005
cvmob3R9 CV_CHILD_BIRTH_MONTH.03_2005
cvmob4R9 CV_CHILD_BIRTH_MONTH.04_2005
cvmob5R9 CV_CHILD_BIRTH_MONTH.05_2005
cvmob6R9 CV_CHILD_BIRTH_MONTH.06_2005
cvmob7R9 CV_CHILD_BIRTH_MONTH.07_2005
cvmob8R9 CV_CHILD_BIRTH_MONTH.08_2005
cvdm1R9 CV_CHILD_DEATH_DATE.01~M_2005
cvdy1R9 CV_CHILD_DEATH_DATE.01~Y_2005
cvdm2R9 CV_CHILD_DEATH_DATE.02~M_2005
cvdy2R9 CV_CHILD_DEATH_DATE.02~Y_2005
cvdm3R9 CV_CHILD_DEATH_DATE.03~M_2005
cvdy3R9 CV_CHILD_DEATH_DATE.03~Y_2005
cvdm4R9 CV_CHILD_DEATH_DATE.04~M_2005
cvdy4R9 CV_CHILD_DEATH_DATE.04~Y_2005
cvmod1R9 CV_CHILD_DEATH_MONTH.01_2005
cvmod2R9 CV_CHILD_DEATH_MONTH.02_2005
cvmod3R9 CV_CHILD_DEATH_MONTH.03_2005
cvmod4R9 CV_CHILD_DEATH_MONTH.04_2005
cvstat1R9 CV_CHILD_STATUS.01_2005
cvstat2R9 CV_CHILD_STATUS.02_2005
cvstat3R9 CV_CHILD_STATUS.03_2005
cvstat4R9 CV_CHILD_STATUS.04_2005
cvstat5R9 CV_CHILD_STATUS.05_2005
cvstat6R9 CV_CHILD_STATUS.06_2005
cvstat7R9 CV_CHILD_STATUS.07_2005
cvstat8R9 CV_CHILD_STATUS.08_2005
tbioresR9 CV_BIO_CHILD_HH_2005
tbionresR9 CV_BIO_CHILD_NR_2005
cvbm1R10 CV_CHILD_BIRTH_DATE.01~M_2006
cvby1R10 CV_CHILD_BIRTH_DATE.01~Y_2006
cvbm2R10 CV_CHILD_BIRTH_DATE.02~M_2006
cvby2R10 CV_CHILD_BIRTH_DATE.02~Y_2006
cvbm3R10 CV_CHILD_BIRTH_DATE.03~M_2006
cvby3R10 CV_CHILD_BIRTH_DATE.03~Y_2006
cvbm4R10 CV_CHILD_BIRTH_DATE.04~M_2006
cvby4R10 CV_CHILD_BIRTH_DATE.04~Y_2006
cvbm5R10 CV_CHILD_BIRTH_DATE.05~M_2006
cvby5R10 CV_CHILD_BIRTH_DATE.05~Y_2006
cvbm6R10 CV_CHILD_BIRTH_DATE.06~M_2006
cvby6R10 CV_CHILD_BIRTH_DATE.06~Y_2006
cvbm7R10 CV_CHILD_BIRTH_DATE.07~M_2006
cvby7R10 CV_CHILD_BIRTH_DATE.07~Y_2006
cvbm8R10 CV_CHILD_BIRTH_DATE.08~M_2006
cvby8R10 CV_CHILD_BIRTH_DATE.08~Y_2006
cvmob1R10 CV_CHILD_BIRTH_MONTH.01_2006
cvmob2R10 CV_CHILD_BIRTH_MONTH.02_2006
cvmob3R10 CV_CHILD_BIRTH_MONTH.03_2006
cvmob4R10 CV_CHILD_BIRTH_MONTH.04_2006
cvmob5R10 CV_CHILD_BIRTH_MONTH.05_2006
cvmob6R10 CV_CHILD_BIRTH_MONTH.06_2006
cvmob7R10 CV_CHILD_BIRTH_MONTH.07_2006
cvmob8R10 CV_CHILD_BIRTH_MONTH.08_2006
cvdm1R10 CV_CHILD_DEATH_DATE.01~M_2006
cvdy1R10 CV_CHILD_DEATH_DATE.01~Y_2006
cvdm2R10 CV_CHILD_DEATH_DATE.02~M_2006
cvdy2R10 CV_CHILD_DEATH_DATE.02~Y_2006
cvdm3R10 CV_CHILD_DEATH_DATE.03~M_2006
cvdy3R10 CV_CHILD_DEATH_DATE.03~Y_2006
cvdm4R10 CV_CHILD_DEATH_DATE.04~M_2006
cvdy4R10 CV_CHILD_DEATH_DATE.04~Y_2006
cvdm6R10 CV_CHILD_DEATH_DATE.06~M_2006
cvdy6R10 CV_CHILD_DEATH_DATE.06~Y_2006
cvmod1R10 CV_CHILD_DEATH_MONTH.01_2006
cvmod2R10 CV_CHILD_DEATH_MONTH.02_2006
cvmod3R10 CV_CHILD_DEATH_MONTH.03_2006
cvmod4R10 CV_CHILD_DEATH_MONTH.04_2006
cvmod6R10 CV_CHILD_DEATH_MONTH.06_2006
cvstat1R10 CV_CHILD_STATUS.01_2006
cvstat2R10 CV_CHILD_STATUS.02_2006
cvstat3R10 CV_CHILD_STATUS.03_2006
cvstat4R10 CV_CHILD_STATUS.04_2006
cvstat5R10 CV_CHILD_STATUS.05_2006
cvstat6R10 CV_CHILD_STATUS.06_2006
cvstat7R10 CV_CHILD_STATUS.07_2006
cvstat8R10 CV_CHILD_STATUS.08_2006
tbioresR10 CV_BIO_CHILD_HH_2006
tbionresR10 CV_BIO_CHILD_NR_2006
cvbm1R11 CV_CHILD_BIRTH_DATE.01~M_2007
cvby1R11 CV_CHILD_BIRTH_DATE.01~Y_2007
cvbm2R11 CV_CHILD_BIRTH_DATE.02~M_2007
cvby2R11 CV_CHILD_BIRTH_DATE.02~Y_2007
cvbm3R11 CV_CHILD_BIRTH_DATE.03~M_2007
cvby3R11 CV_CHILD_BIRTH_DATE.03~Y_2007
cvbm4R11 CV_CHILD_BIRTH_DATE.04~M_2007
cvby4R11 CV_CHILD_BIRTH_DATE.04~Y_2007
cvbm5R11 CV_CHILD_BIRTH_DATE.05~M_2007
cvby5R11 CV_CHILD_BIRTH_DATE.05~Y_2007
cvbm6R11 CV_CHILD_BIRTH_DATE.06~M_2007
cvby6R11 CV_CHILD_BIRTH_DATE.06~Y_2007
cvbm7R11 CV_CHILD_BIRTH_DATE.07~M_2007
cvby7R11 CV_CHILD_BIRTH_DATE.07~Y_2007
cvbm8R11 CV_CHILD_BIRTH_DATE.08~M_2007
cvby8R11 CV_CHILD_BIRTH_DATE.08~Y_2007
cvmob1R11 CV_CHILD_BIRTH_MONTH.01_2007
cvmob2R11 CV_CHILD_BIRTH_MONTH.02_2007
cvmob3R11 CV_CHILD_BIRTH_MONTH.03_2007
cvmob4R11 CV_CHILD_BIRTH_MONTH.04_2007
cvmob5R11 CV_CHILD_BIRTH_MONTH.05_2007
cvmob6R11 CV_CHILD_BIRTH_MONTH.06_2007
cvmob7R11 CV_CHILD_BIRTH_MONTH.07_2007
cvmob8R11 CV_CHILD_BIRTH_MONTH.08_2007
cvdm1R11 CV_CHILD_DEATH_DATE.01~M_2007
cvdy1R11 CV_CHILD_DEATH_DATE.01~Y_2007
cvdm2R11 CV_CHILD_DEATH_DATE.02~M_2007
cvdy2R11 CV_CHILD_DEATH_DATE.02~Y_2007
cvdm3R11 CV_CHILD_DEATH_DATE.03~M_2007
cvdy3R11 CV_CHILD_DEATH_DATE.03~Y_2007
cvdm4R11 CV_CHILD_DEATH_DATE.04~M_2007
cvdy4R11 CV_CHILD_DEATH_DATE.04~Y_2007
cvdm6R11 CV_CHILD_DEATH_DATE.06~M_2007
cvdy6R11 CV_CHILD_DEATH_DATE.06~Y_2007
cvmod1R11 CV_CHILD_DEATH_MONTH.01_2007
cvmod2R11 CV_CHILD_DEATH_MONTH.02_2007
cvmod3R11 CV_CHILD_DEATH_MONTH.03_2007
cvmod4R11 CV_CHILD_DEATH_MONTH.04_2007
cvmod6R11 CV_CHILD_DEATH_MONTH.06_2007
cvstat1R11 CV_CHILD_STATUS.01_2007
cvstat2R11 CV_CHILD_STATUS.02_2007
cvstat3R11 CV_CHILD_STATUS.03_2007
cvstat4R11 CV_CHILD_STATUS.04_2007
cvstat5R11 CV_CHILD_STATUS.05_2007
cvstat6R11 CV_CHILD_STATUS.06_2007
cvstat7R11 CV_CHILD_STATUS.07_2007
cvstat8R11 CV_CHILD_STATUS.08_2007
tbioresR11 CV_BIO_CHILD_HH_2007
tbionresR11 CV_BIO_CHILD_NR_2007
cvbm1R12 'CV_CHILD_BIRTH_DATE.01~M_2008
cvby1R12 'CV_CHILD_BIRTH_DATE.01~Y_2008
cvbm2R12 'CV_CHILD_BIRTH_DATE.02~M_2008
cvby2R12 'CV_CHILD_BIRTH_DATE.02~Y_2008
cvbm3R12 'CV_CHILD_BIRTH_DATE.03~M_2008
cvby3R12 'CV_CHILD_BIRTH_DATE.03~Y_2008
cvbm4R12 'CV_CHILD_BIRTH_DATE.04~M_2008
cvby4R12 'CV_CHILD_BIRTH_DATE.04~Y_2008
cvbm5R12 'CV_CHILD_BIRTH_DATE.05~M_2008
cvby5R12 'CV_CHILD_BIRTH_DATE.05~Y_2008
cvbm6R12 'CV_CHILD_BIRTH_DATE.06~M_2008
cvby6R12 'CV_CHILD_BIRTH_DATE.06~Y_2008
cvbm7R12 'CV_CHILD_BIRTH_DATE.07~M_2008
cvby7R12 'CV_CHILD_BIRTH_DATE.07~Y_2008
cvbm8R12 'CV_CHILD_BIRTH_DATE.08~M_2008
cvby8R12 'CV_CHILD_BIRTH_DATE.08~Y_2008
cvby8R12 'CV_CHILD_BIRTH_DATE.08~Y_2008
cvmob1R12 'CV_CHILD_BIRTH_MONTH.01_2008
cvmob2R12 'CV_CHILD_BIRTH_MONTH.02_2008
cvmob3R12 'CV_CHILD_BIRTH_MONTH.03_2008
cvmob4R12 'CV_CHILD_BIRTH_MONTH.04_2008
cvmob5R12 'CV_CHILD_BIRTH_MONTH.05_2008
cvmob6R12 'CV_CHILD_BIRTH_MONTH.06_2008
cvmob7R12 'CV_CHILD_BIRTH_MONTH.07_2008
cvmob8R12 'CV_CHILD_BIRTH_MONTH.08_2008
cvmob8R12 'CV_CHILD_BIRTH_MONTH.08_2008
cvdm1R12 'CV_CHILD_DEATH_DATE.01~M_2008
cvdy1R12 'CV_CHILD_DEATH_DATE.01~Y_2008
cvdm2R12 'CV_CHILD_DEATH_DATE.02~M_2008
cvdy2R12 'CV_CHILD_DEATH_DATE.02~Y_2008
cvdm3R12 'CV_CHILD_DEATH_DATE.03~M_2008
cvdy3R12 'CV_CHILD_DEATH_DATE.03~Y_2008
cvdm4R12 'CV_CHILD_DEATH_DATE.04~M_2008
cvdy4R12 'CV_CHILD_DEATH_DATE.04~Y_2008
cvdm5R12 'CV_CHILD_DEATH_DATE.05~M_2008
cvdy5R12 'CV_CHILD_DEATH_DATE.05~Y_2008
cvdm6R12 'CV_CHILD_DEATH_DATE.06~M_2008
cvdy6R12 'CV_CHILD_DEATH_DATE.06~Y_2008
cvmod1R12 'CV_CHILD_DEATH_MONTH.01_2008
cvmod2R12 'CV_CHILD_DEATH_MONTH.02_2008
cvmod3R12 'CV_CHILD_DEATH_MONTH.03_2008
cvmod4R12 'CV_CHILD_DEATH_MONTH.04_2008
cvmod5R12 'CV_CHILD_DEATH_MONTH.05_2008
cvmod6R12 'CV_CHILD_DEATH_MONTH.06_2008
cvstat1R12 'CV_CHILD_STATUS.01_2008
cvstat2R12 'CV_CHILD_STATUS.02_2008
cvstat3R12 'CV_CHILD_STATUS.03_2008
cvstat4R12 'CV_CHILD_STATUS.04_2008
cvstat5R12 'CV_CHILD_STATUS.05_2008
cvstat6R12 'CV_CHILD_STATUS.06_2008
cvstat7R12 'CV_CHILD_STATUS.07_2008
cvstat8R12 'CV_CHILD_STATUS.08_2008
cvstat9R12 'CV_CHILD_STATUS.08_2008
tbioresR12 'CV_BIO_CHILD_HH_2008
tbionresR12 'CV_BIO_CHILD_NR_2008
cvbm1R13 'CV_CHILD_BIRTH_DATE.01~M_2009
cvby1R13 'CV_CHILD_BIRTH_DATE.01~Y_2009
cvbm2R13 'CV_CHILD_BIRTH_DATE.02~M_2009
cvby2R13 'CV_CHILD_BIRTH_DATE.02~Y_2009
cvbm3R13 'CV_CHILD_BIRTH_DATE.03~M_2009
cvby3R13 'CV_CHILD_BIRTH_DATE.03~Y_2009
cvbm4R13 'CV_CHILD_BIRTH_DATE.04~M_2009
cvby4R13 'CV_CHILD_BIRTH_DATE.04~Y_2009
cvbm5R13 'CV_CHILD_BIRTH_DATE.05~M_2009
cvby5R13 'CV_CHILD_BIRTH_DATE.05~Y_2009
cvbm6R13 'CV_CHILD_BIRTH_DATE.06~M_2009
cvby6R13 'CV_CHILD_BIRTH_DATE.06~Y_2009
cvbm7R13 'CV_CHILD_BIRTH_DATE.07~M_2009
cvby7R13 'CV_CHILD_BIRTH_DATE.07~Y_2009
cvbm8R13 'CV_CHILD_BIRTH_DATE.08~M_2009
cvby8R13 'CV_CHILD_BIRTH_DATE.08~Y_2009
cvmob1R13 'CV_CHILD_BIRTH_MONTH.01_2009
cvmob2R13 'CV_CHILD_BIRTH_MONTH.02_2009
cvmob3R13 'CV_CHILD_BIRTH_MONTH.03_2009
cvmob4R13 'CV_CHILD_BIRTH_MONTH.04_2009
cvmob5R13 'CV_CHILD_BIRTH_MONTH.05_2009
cvmob6R13 'CV_CHILD_BIRTH_MONTH.06_2009
cvmob7R13 'CV_CHILD_BIRTH_MONTH.07_2009
cvmob8R13 'CV_CHILD_BIRTH_MONTH.08_2009
cvdm1R13 'CV_CHILD_DEATH_DATE.01~M_2009
cvdy1R13 'CV_CHILD_DEATH_DATE.01~Y_2009
cvdm2R13 'CV_CHILD_DEATH_DATE.02~M_2009
cvdy2R13 'CV_CHILD_DEATH_DATE.02~Y_2009
cvdm3R13 'CV_CHILD_DEATH_DATE.03~M_2009
cvdy3R13 'CV_CHILD_DEATH_DATE.03~Y_2009
cvdm4R13 'CV_CHILD_DEATH_DATE.04~M_2009
cvdy4R13 'CV_CHILD_DEATH_DATE.04~Y_2009
cvdm5R13 'CV_CHILD_DEATH_DATE.05~M_2009
cvdy5R13 'CV_CHILD_DEATH_DATE.05~Y_2009
cvdm6R13 'CV_CHILD_DEATH_DATE.06~M_2009
cvdy6R13 'CV_CHILD_DEATH_DATE.06~Y_2009
cvmod1R13 'CV_CHILD_DEATH_MONTH.01_2009
cvmod2R13 'CV_CHILD_DEATH_MONTH.02_2009
cvmod3R13 'CV_CHILD_DEATH_MONTH.03_2009
cvmod4R13 'CV_CHILD_DEATH_MONTH.04_2009
cvmod5R13 'CV_CHILD_DEATH_MONTH.05_2009
cvmod6R13 'CV_CHILD_DEATH_MONTH.06_2009
cvstat1R13 'CV_CHILD_STATUS.01_2009
cvstat2R13 'CV_CHILD_STATUS.02_2009
cvstat3R13 'CV_CHILD_STATUS.03_2009
cvstat4R13 'CV_CHILD_STATUS.04_2009
cvstat5R13 'CV_CHILD_STATUS.05_2009
cvstat6R13 'CV_CHILD_STATUS.06_2009
cvstat7R13 'CV_CHILD_STATUS.07_2009
cvstat8R13 'CV_CHILD_STATUS.08_2009
tbioresR13 'CV_BIO_CHILD_HH_2009
tbionresR13 'CV_BIO_CHILD_NR_2009
int_M CV_INTERVIEW_DATE~M
int_Y CV_INTERVIEW_DATE~Y
int_cmr1 CV_INTERVIEW_CMONTH MONTH_1997
int_cmr2 CV_INTERVIEW_CMONTH MONTH_1998
int_cmr3 CV_INTERVIEW_CMONTH MONTH_1999
int_cmr4 CV_INTERVIEW_CMONTH MONTH_2000
int_cmr5 CV_INTERVIEW_CMONTH MONTH_2001
int_cmr6 CV_INTERVIEW_CMONTH MONTH_2002
int_cmr7 CV_INTERVIEW_CMONTH MONTH_2003
int_cmr8 CV_INTERVIEW_CMONTH MONTH_2004
int_cmr9 CV_INTERVIEW_CMONTH MONTH_2005
int_cmr10 CV_INTERVIEW_CMONTH MONTH_2006
int_cmr11 CV_INTERVIEW_CMONTH MONTH_2007
int_cmr12 CV_INTERVIEW_CMONTH MONTH_2008
int_cmr13 CV_INTERVIEW_CMONTH MONTH_2009
SAS Code for Variable Creation
/*Ages ( and birth dates) of new children and their bio parents are the same or only one year apart */
if pubid in (1196, 3098 ) then do;
by1=-1;
bm1=-1;
end;
%let o=1;
%let f=4;
%let e=9;
%let k=9;
%let n=13;
array cv_prebm (9, 13 ) cvbm1R1-cvbm1R13 cvbm2R1-cvbm2R13 cvbm3R1-cvbm3R13 cvbm4R1-cvbm4R13
cvbm5R1-cvbm5R13 cvbm6R1-cvbm6R13 cvbm7R1-cvbm7R13 cvbm8R1-cvbm8R13 cvbm9R1-cvbm9R13 ;
array cv_preby (9, 13) cvby1R1-cvby1R13 cvby2R1-cvby2R13 cvby3R1-cvby3R13 cvby4R1-cvby4R13
cvby5R1-cvby5R13 cvby6R1-cvby6R13 cvby7R1-cvby7R13 cvby8R1-cvby8R13 cvby9R1-cvby9R13;
array cv_premob (9, 13 ) cvmob1R1-cvmob1R13 cvmob2R1-cvmob2R13 cvmob3R1-cvmob3R13 cvmob4R1-cvmob4R13
cvmob5R1-cvmob5R13 cvmob6R1-cvmob6R13 cvmob7R1-cvmob7R13 cvmob8R1-cvmob8R13 cvmob9R1-cvmob9R13;
array cv_prestat (9, 13 ) cvstat1R1-cvstat1R13 cvstat2R1-cvstat2R13 cvstat3R1-cvstat3R13 cvstat4R1-cvstat4R13
cvstat5R1-cvstat5R13 cvstat6R1-cvstat6R13 cvstat7R1-cvstat7R13 cvstat8R1-cvstat8R13 cvstat9R1-cvstat9R13;
array cv_predm (9, 13 ) cvdm1R1-cvdm1R13 cvdm2R1-cvdm2R13 cvdm3R1-cvdm3R13 cvdm4R1-cvdm4R13
cvdm5R1-cvdm5R13 cvdm6R1-cvdm6R13 cvdm7R1-cvdm7R13 cvdm8R1-cvdm8R13 cvdm9R1-cvdm9R13;
array cv_predy (9, 13 ) cvdy1R1-cvdy1R13 cvdy2R1-cvdy2R13 cvdy3R1-cvdy3R13 cvdy4R1-cvdy4R13
cvdy5R1-cvdy5R13 cvdy6R1-cvdy6R13 cvdy7R1-cvdy7R13 cvdy8R1-cvdy8R13 cvdy9R1-cvdy9R13;
array cv_premod (9, 13 ) cvmod1R1-cvmod1R13 cvmod2R1-cvmod2R13 cvmod3R1-cvmod3R13 cvmod4R1-cvmod4R13
cvmod5R1-cvmod5R13 cvmod6R1-cvmod6R13 cvmod7R1-cvmod7R13 cvmod8R1-cvmod8R13 cvmod9R1-cvmod9R13;
array dlibm(&n);
array dliby(&n);
array dlimob(&n);
array dlistat(&n);
array int_cmr(&n);
array dlidm(&n);
array dlidy(&n);
array dlimod(&n) ;
do i=1 to (&n);
do t=1 to (&e); /* total 9 loops & 13 rounds in previous round*/
if int_cmr(i)>0 then do;
dlibm(t)= cv_prebm (t,i);
dliby(t)= cv_preby (t,i);
dlimob(t)= cv_premob (t,i);
dlistat(t)=cv_prestat(t,i);
dlidm(t)= cv_predm (t,i);
dlidy(t)= cv_predy (t,i);
dlimod(t)= cv_premod (t,i);
end;
end;
end;
drop i;
drop t;
do t=1 to (&n);
if dlibm(t)=. then dlibm(t)=-4;
if dliby(t)=. then dliby(t)=-4.;
if dlimob(t)=. then dlimob(t)=-4;
if dlistat(t)=. then dlistat(t)=-4;
if dlidm(t)=. then dlidm(t)=-4;
if dlidy(t)=. then dlidy(t)=-4;
if dlimod(t)=. then dlimod(t)=-4;
end;
drop t;
/* first, create a variable indicating the bm(i), birth month, and by(i), birth year,
for each biological child. This part I use variable from roster: BIOADOPT, which is the "clean"
roster for all bio children */
array bd(&k);
array bm(&k);
array by(&k);
array mob(&k);
array f1200(&k);
array f1300m(&k);
array f1300y(&k);
array f1300mob(&k);
array f5600m(&k);
array f5600y(&k);
array f5600mob(&k);
/* second, create a continuous month scheme variable for the month of birth of the children
using the formula: (12*(by(i)-1980)+bm(i)) */
do i=1 to(&k);
mob(i)=-4;
if bm(i) > 0 & by(i)>0 then mob(i)=12*(by(i)-1980)+bm(i);
if f1300m(i) > 0 & f1300y(i)>0 then f1300mob(i)=12*(f1300y(i)-1980)+f1300m(i);
if f5600m(i) > 0 & f5600y(i)>0 then f5600mob(i)=12*(f5600y(i)-1980)+f5600m(i);
if -4<bm(i) <0 then bm(i) =-3;
if -4<by(i) <0 then by(i) =-3;
if bm(i) = -3 | by(i)=-3 then mob(i) =-3;
if -4<f1300m(i)<0 | -4<f1300y(i)<0 then f1300mob(i) =-3;
if bm(i) = -5 then mob(i)=-5;
if f1300mob(i)=. then f1300mob(i)=-4;
end;
count1300=0;
do i=1 to(&k);
do j=1 to (&e);
if mob(i)>0 & f1300mob(j)>0 then do;
if mob(i)= f1300mob(j) | mob(j)= f1300mob(j) then count1300=1;
end;
end;
end;
do j=1 to (&e);
if count1300 =0 & f1300mob(j)>0 then checkf1300=1;
end;
/* third, create an actual date variable for the date of death of the youth's children */
array dm(&k);
array dy(&k);
array mod(&k);
array dead(&k);
array reside(&k);
array ADOPTEDOUT(&k);
array ADOPTED(&k);
array f4830(&k);
array bioid(&k);
array f5900(&k);
array f6000m(&k);
array f6000y(&k);
array F1850(&k);
array stat_n(&k);
array biores(&k);
array bionres(&k);
array f1810(&k);
array f1820(&k);
array f8390(&f);
array f15279(&f);
do i=1 to (&k);
if dm(i)=. then do;
dm(i)=-4;
dy(i)=-4;
end;
end;
/* fourth, create a continuous month scheme variable for the month of death of the childrenusing the formula: (12*(dody(i)-1980)+dodm(i)) */
do i=1 to (&k);
if dm(i)=-4 then mod(i)=-4;
if dm(i) > 0 and dy(i) >= 1980 then mod(i)=12*(dy(i)-1980)+dm(i);
if -3<=dm(i)<=-1 | -3<=dy(i)<=-1 then do;
mod(i)=-3;
dm(i)=-3;
dy(i)=-3; /* added 12-8-09 */
end;
if dm(i)=-5 then mod(i)=-5;
end;
do j=1 to (&k);
do i=1 to (&k);
if f4830(i)>1300 then do;
if f4830(i)=bioid(j) | f4830(i)>1300 & bioid(j)>1300 & F1850(j)=-4 then F1850(j)=f5900(i);
end;
end;
end;
do i=1 to (&k);
if (F1850(i)=-4 | F1850(i)=.) and mob(i)>-4 then F1850(i)=9999;
end;
do i=1 to (&k) ;
if F1850(i)=1 then stat_n(i)=5;
else if F1850(i)=2 then stat_n(i)=4;
else if F1850(i)=3 then stat_n(i)=1;
else if F1850(i)=4 then stat_n(i)=3;
else if F1850(i)=5 then stat_n(i)=3;
else if F1850(i)=6 then stat_n(i)=5;
else if F1850(i)=7 then stat_n(i)=5;
else if F1850(i)=8 then stat_n(i)=3;
else if F1850(i)=9 then stat_n(i)=2;
else if F1850(i)=10 then stat_n(i)=-3;
else if F1850(i)=11 then stat_n(i)=3;
else if F1850(i)=12 then stat_n(i)=3;
else if (F1850(i)=9999 | F1850(i)=999) then stat_n(i)=-16;
else if (F1850(i)=-1 | F1850(i)=-2 | F1850(i)=-3) then stat_n(i)=-3;
else if F1850(i)=-4 then stat_n(i)=-4;
else if F1850(i)=-5 then stat_n(i)=-5;
end;
/* correct wrong F1850 including those who died and those who were adopted out in previous rounds */
flagdeath=0;
do i=1 to (&k);
if dm(i)> -4 | dead(i)=1 then do;
stat_n(i)=2;
flagdeath=1;
end;
if stat_n(i) in (-3, -16) and (dlistat(i)=1 | ADOPTEDOUT(i)=1) /*ADOPTEDOUT child add stat_n(i) in (-3,-16) 9-20-2011*/
then do;
stat_n(i)=1;
end;
if stat_n(i)=-16 then do;
stat_n(i)=-3;
end;
end;
flagADOPTED=0;
do i=1 to (&k);
if ADOPTED(i)=1 then do;
flagADOPTED=1;
bm(i)=-4;
by(i)=-4;
mob(i)=-4;
dm(i)=-4;
dy(i)=-4;
mod(i)=-4;
F1850(i)=-4;
stat_n(i)=-4;
reside(i)=-4;
end;
end;
do i=1 to (&k);
if stat_n(i)=5 & bioid(i) >0 then reside(i)=1;
else if (stat_n(i)=3 | stat_n(i)=4 | stat_n(i)=1) & bioid(i) >0 then reside(i)=0;
else if stat_n(i)=2 then reside(i)=-4;
else if F1850(i)=-1 then reside(i)=-3; /* 5-3-07 talked to Rosella*/
else if F1850(i)=-2 then reside(i)=0;
else if F1850(i)=10 then reside(i)=-3;
else if (F1850(i)=9999 | F1850(i)=999) & reside(i)=-4 then reside(i)=-3; /* added 2-5 -08*/
else if (F1850(i)=9999 | F1850(i)=999) & reside(i)=1 then do;
reside(i)=1;
F1850(i)=5;
stat_n(i)=5;
end; /* added 1/26/2010 */
else if F1850(i)=-4 then reside(i)=-4; /* added 1-30 -08*/
end;
do i=1 to (&k);
biores(i)=0;
bionres(i)=0;
if reside(i)=1 & ADOPTED(i) ^= 1 & dead(i) ^= 1 then biores(i)= 1;
if reside(i)=0 & ADOPTED(i) ^= 1 & dead(i) ne 1 then bionres(i)=1;
end;
/* seventh, the number of children ever born and not residing in the household (tbionres) */
/* fixed reside variables */
/* calculation of CV_BIO_CHILD_HH and CV_BIO_CHILD_NR.
In previous Rounds and current Round, we calculate CV_BIO_CHILD_HH and CV_BIO_CHILD_NR
based on respondents’ answers to YFER-1850 (for previously existing children) or YFER-5900 (for newlyreported children).
CV_BIO_CHILD_HH=1 If respondents answer category 1, 5, 7, CV_BIO_CHILD_NR=1 if respondents answer 2, 3, 4, 58, 11, 12.
/*1-22-07 Children deleted by Respondent from Roster in survery and also deleted in BIOCHO ROSTER
R's went though question YFER1810=1 and YFER1820=1 so we code 6 as deleted by Respondent and keep
child birthday and let user make decision. if child delete by Respondent in previous rounds and no
/*information in current round in survery and also deleted in BIOCHO ROSTER. We keep all previous information */
/* In Round 12 Delete F1810=1 & F1820=1, Because F1810 & F1820 coded in wrong loop in survey 1-24 Rosella
Frank Bell*/
delete=0;
count=0; /* The number of child */
countnew=0; /* The number of new Child */
dlidelete=0;
checkcount=0;
countdli=0;
array equal(&k) ;
do i=1 to (&k);
equal {i}=-4;
end;
do i=1 to (&k);
if f1810(i)=1 | f1820(i)=1 then delete=1; /* delete at current round */
if dlistat(i)=6 & F103B>=0 then dlidelete= dlidelete +1; /* delete at previous rounds */
if delete=1 & dlidelete=1 then delete=0;
if bioid(i)>1400 & ADOPTED(i)~=1 then countnew =countnew+1; /* The number of new child*/
if mob(i)>-4 then count=count+1; /* The number of children at current round */
if dlimob(i)>-4 then countdli=countdli+1; /* The number of children at last rounds */
if count<countdli & countnew=0 then checkcount=1; /* no new child at current round */
if countdli>=1 & count<=countdli & countnew>0 then checkcount=2; /* new child at current round */
if countdli>=1 & count>countdli & countnew>0 & count<countdli+countnew then checkcount=3;
end;
M= max (of countdli count) + countnew;
if checkcount=3 then M= min (of countdli count) + countnew;/* previous child, But reenter as new Child at Round 14 */
if pubid in (4097) then do;
delete=0;
checkcount=2;
end;
if pubid in (8570 1206) then checkcount=2;
if delete=1 then do; /*loop one*/ /* for all current round delete cases*/
if checkcount=1 & countdli>0 then do; /*Loop two 2A */ /* current round delete cases no new Children */
if count=0 then do; /*loop 3 */
do i=1 to countdli;
bm(i)= dlibm(i);
by(i)= dliby(i);
mob(i)= dlimob(i);
if dlimob(i)>-4 then stat_n(i)=6;
end;
end; /* end of loop 3 */
if count>0 then do; /*loop 3 */ /* current round delete cases */
do i=1 to countdli;
do j=1 to countdli;
if mob(i)=dlimob(j) & dlimob(j)>-4 then equal(j)=1 ;
if equal(j) ^=1 & mob(i)=-4 then do;
mob(i)=dlimob(j);
bm(i)= dlibm(j);
by(i)= dliby(j);
equal(j) =1 ;
stat_n(i)= 6;
end;
end;
end;
end; /* end of loop 3 */
end; /* end of loop 2A*/
/* current delete case with new children */
if checkcount=2 & count>0 & countnew>0 then do; /* loop 3 */
do i=1 to M; /* loop4 */
do j=1 to countdli;
if mob(i)>-4 & mob(i)=dlimob(j) then equal(j)=1;
if equal(j) ^=1 & bioid(j)>0 & mob(i)=-4 then do;
mob(i)=dlimob(j);
bm(i)= dlibm(j);
by(i)= dliby(j);
equal(j) =1;
stat_n(i)= 6;
end;
end; /* end of loop 4 */
end; /* end of loop 3 */
end ; /* end of loop 2B*/
end; /* end of loop 1 */
%let cd=countdli;
%let cn=countnew;
if checkcount =3 then do; /* loop 3 */
do i=1 to &cd;
if mob(i+&cn) =-4 & dlimob(i)>-4 then do;
mob(i+&cn) = dlimob(i);
mob(i+&cn)=dlimob(i);
bm(i+&cn)= dlibm(i);
by(i+&cn)= dliby(i);
stat_n(i+&cn)= 6;
end;
end;
end;
/* For previous round delete case */
if dlidelete>0 & delete ^=1 then do;/* loop 1 */
if checkcount=1 then do ;/* Loop 2*/
if count=0 then do; /* loop3 */
do i=1 to countdli;
mob(i)=dlimob(i);
bm(i)= dlibm(i);
by(i)= dliby(i);
stat_n(i)= dlistat(i);
end;
end; /* end of loop 3 */
if count>0 then do; /* loop 3 */
do i=1 to countdli;
do j=1 to countdli;
if mob(i)=dlimob(j) & dlimob(j)>-4 then equal(j)=1;
if equal(j) ^=1 & mob(i)=-4 then do;
mob(i)=dlimob(j);
bm(i)= dlibm(j);
by(i)= dliby(j);
stat_n(i)= 6;
equal(j)=1;
end;
end;
end;
end; /* end of loop 3 */
end; /* end of loop 2 */
end; /* end of loop 1 */
/* DLI delete cases & new child at current round */
if dlidelete>0 & delete ^=1 then do;/* loop 1 */
if checkcount>=2 & count>0 then do;
do i=1 to M;
do j=1 to countdli;
if mob(i)>-4 & mob(i)=dlimob(j) then equal(j)=1;
if equal(j) ^=1 & dlimob(j)>-4 & mob(i)=-4 then do;
mob(i)=dlimob(j);
bm(i)= dlibm(j);
by(i)= dliby(j);
stat_n(i)= 6;
equal(j) =1 ;
end;
end;
end;
end;
tequal=0;
do i=1 to 9;
if equal(i)>0 then tequal=equal(i)+1;
end;
if checkcount>=2 & count>0 & tequal=0 then do;
do i=1 to M;
do j=1 to M;
if mob(i)=-4 & dlimob(i)>0 then do;
mob(i)=dlimob(i);
bm(i)= dlibm(i);
by(i) = dliby(i);
stat_n(i)= 6;
end;
end;
end;
end;
end; /* end of loop 1*/
do i=1 to 9;
if dlistat(i)=2 then D=1 ;
end;
/* This is only for round 14. 12 Deceased Children at round 13 were not list at Biochild Roster */
do i=1 to M;
do j=1 to countdli;
if flagdeath =0 & dlimod(j)>-4 then do;
if mob(i)=dlimob(j) then equal(j)=1 ;
else if equal(i) ^=1 & mob(i)=-4 then do;
mob(i)=dlimob(j);
bm(i)= dlibm(j);
by(i)= dliby(j);
mod(i)=dlimod(j);
dm(i)= dlidm(j);
dy(i)= dlidy(j);
stat_n(i)= 2;
end;
end;
end;
end;
tbiores = SUM(of biores1 -biores9);
tbionres = SUM(of bionres1-bionres9);
outmob=0;
do i=1 to (&k);
if -4<reside(i)<0 & ADOPTED(i) ^= 1 & dead(i) ^= 1 then do;
tbionres=-3;
tbiores=-3;
end;
end;
do i=1 to (&k);
if mob(i)>-4 then outmob= outmob+1;
end;
if outmob < 1 then do;
tbiores=-4;
tbionres=-4;
end;
/* Last, sort created variables by birthdays, so that the first child listed is the oldest child. */
array smob(&k);
array smod(&k);
do j=1 to (&k);
smob(j)=mob(j);
smod(j)=mod(j);
end;
do j=1 to (&k);
if smob(j)=-4 then smob(j)=1100;
if smob(j)=-3 then smob(j)=999;
if smod(j)=-4 then smod(j)=1100;
if smod(j)=-3 then smod(j)=999;
end;
call sortn(of smob1-smob9);
call sortn(of smod1-smod9);
do j=1 to 9;
if smob(j)=1100 then smob(j)=-4;
if smob(j)=999 then smob(j)=-3;
if smod(j)=1100 then smod(j)=-4;
if smod(j)=999 then smod(j)=-3;
end;
array CV10bm(&k);
array CV10by(&k);
array CV10mob(&k);
array CV10dm(&k);
array CV10dy(&k);
array CV10mod(&k);
array CV10stat(&k);
array CV10bioid(&k); /* add 11-29-09*/
question1=0; /* twins */
question2=0; /* two children two of them Deceased */
question3=0; /* twins only one of them Deceased */
question4=0; /* twins, but other Child Deceased */
do j=1 to 8;
if mob(j)=mob(j+1) & mob(j) >-4 then question1=1;
if mod(j)=mod(j+1) & mod(j+1) >-4 then question2=1;
if question1=1 & question2=0 & mod(j)>-4 then question3=1;
end;
/* twins, but other Child Deceased */
if question1=1 & question3=1 then do;
do i=1 to 8;
do j=1 to 8;
if mod(j)>-4 & mob(j)>-4 then do;
if mob(i)= mob(i+1) & mob(i+1)>-4 & mob(j) ~= mob(i+1) then question4=1;
if question3=1 & question4=1 then question3=0;
end;
end;
end;
end;
do i=1 to(&k);
do j=1 to (&k);
if smob(j)= mob(i) then do;
if question3=0 then do;
CV10bm(j) = bm(i);
CV10by(j) = by(i);
CV10mob(j)= mob(i);
CV10stat(j)= stat_n(i);
CV10dm(j) = dm(i);
CV10dy(j) = dy(i);
CV10mod(j)= mod(i);
CV10bioid(j)=bioid(i);
end;
end;
end;
end;
if question3=1 & question4=0 then do; /* twins only one of them Deceased */
do i=1 to (&k);
do j=1 to (&k);
if smob(j)= mob(i) then do;
CV10bm(j) = bm(i);
CV10by(j) = by(i);
CV10mob(j)= mob(i);
CV10stat(j)= stat_n(j);
CV10dm(j) = dm(j);
CV10dy(j) = dy(j);
CV10mod(j)= mod(j);
CV10bioid(j)=bioid(j);
end;
end;
end;
end;
do j=1 to (&k);
if F103B<0 then do;
CV10dm(j) = -5;
CV10dy(j) = -5;
CV10mod(j)= -5;
CV10stat(j)=-5;
CV10bm(j)=-5 ;
CV10by(j)=-5 ;
CV10mob(j)=-5;
tbiores =-5;
tbionres=-5;
end;
end;
/* Created CVC_TTL_BIO_CHILD */
%let n=13;
array tbioresR(&n);
array tbionresR(&n);
do i=1 to (&n);
if int_cmr(i)>0 then do;
dlitbiores= tbioresR(i);
dlitbionres=tbionresR(i);
end;
end;
if tbiores=-5 then do;
cvc_tbiores=dlitbiores;
cvc_tbionres=dlitbionres;
end;
if tbiores>-5 then do;
cvc_tbiores=tbiores;
cvc_tbionres=tbionres;
end;
if cvc_tbiores>=0 | cvc_tbionres>=0 then CVC_TTL_BIO_CHILD = cvc_tbiores + cvc_tbionres;
if cvc_tbiores=-3 | cvc_tbionres=-3 then CVC_TTL_BIO_CHILD=-3;
if cvc_tbiores=-4 & cvc_tbionres=-4 then CVC_TTL_BIO_CHILD=-4;
endsas;